/* * Copyright (c) 2001, 2021, Oracle and/or its affiliates. All rights reserved. * DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER. * * This code is free software; you can redistribute it and/or modify it * under the terms of the GNU General Public License version 2 only, as * published by the Free Software Foundation. * * This code is distributed in the hope that it will be useful, but WITHOUT * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or * FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License * version 2 for more details (a copy is included in the LICENSE file that * accompanied this code). * * You should have received a copy of the GNU General Public License version * 2 along with this work; if not, write to the Free Software Foundation, * Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA. * * Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA * or visit www.oracle.com if you need additional information or have any * questions. */ package nsk.jdi.WatchpointEvent.valueCurrent; import nsk.share.*; import nsk.share.jpda.*; import nsk.share.jdi.*; // This class is the debugged application in the test class valuecur001a { static final int PASSED = 0; static final int FAILED = 2; static final int JCK_STATUS_BASE = 95; static final String COMMAND_READY = "ready"; static final String COMMAND_QUIT = "quit"; static final String COMMAND_GO = "go"; static final String COMMAND_DONE = "done"; public static void main(String args[]) { System.exit(JCK_STATUS_BASE + run(args)); } static int run(String args[]) { ArgumentHandler argHandler = new ArgumentHandler(args); IOPipe pipe = argHandler.createDebugeeIOPipe(); // create instance of checked class CheckedClass foo = new CheckedClass(); foo.run(); // notify debuggeer that debuggee started pipe.println(COMMAND_READY); // wait for command GO from debugger String command = pipe.readln(); if (command.equals(COMMAND_QUIT)) { return PASSED; } if (!command.equals(COMMAND_GO)) { System.err.println("TEST BUG: unknown command: " + command); return FAILED; } // perform actions foo.run(); // notify debugger that the command done pipe.println(COMMAND_DONE); // wait for command QUIT from debugger and exit command = pipe.readln(); if (!command.equals(COMMAND_QUIT)) { System.err.println("TEST BUG: unknown command: " + command); return FAILED; } return PASSED; } } // class for checking class CheckedClass { boolean z0, z1[], z2[][]; byte b0, b1[], b2[][]; char c0, c1[], c2[][]; double d0, d1[], d2[][]; float f0, f1[], f2[][]; int i0, i1[], i2[][]; long l0, l1[], l2[][]; short s0, s1[], s2[][]; static long lS0, lS1[], lS2[][]; private long lP0, lP1[], lP2[][]; public long lU0, lU1[], lU2[][]; protected long lR0, lR1[], lR2[][]; transient long lT0, lT1[], lT2[][]; volatile long lV0, lV1[], lV2[][]; Boolean Z0, Z1[], Z2[][]; Byte B0, B1[], B2[][]; Character C0, C1[], C2[][]; Double D0, D1[], D2[][]; Float F0, F1[], F2[][]; Integer I0, I1[], I2[][]; Long L0, L1[], L2[][]; String W0, W1[], W2[][]; Short S0, S1[], S2[][]; Object O0, O1[], O2[][]; static Long LS0, LS1[], LS2[][]; private Long LP0, LP1[], LP2[][]; public Long LU0, LU1[], LU2[][]; protected Long LR0, LR1[], LR2[][]; transient Long LT0, LT1[], LT2[][]; volatile Long LV0, LV1[], LV2[][]; interface Inter {} class Class implements Inter {} Class X0, X1[], X2[][]; Inter E0, E1[], E2[][]; static Inter ES0, ES1[], ES2[][]; private Inter EP0, EP1[], EP2[][]; public Inter EU0, EU1[], EU2[][]; protected Inter ER0, ER1[], ER2[][]; transient Inter ET0, ET1[], ET2[][]; volatile Inter EV0, EV1[], EV2[][]; void run() { z0 = true; b0 = 0; c0 = 0; d0 = 0; f0 = 0; i0 = 0; l0 = 0; s0 = 0; lS0 = 0; lP0 = 0; lU0 = 0; lR0 = 0; lT0 = 0; lV0 = 0; z1 = new boolean[] {z0}; z2 = new boolean[][] {z1}; b1 = new byte[] {b0}; b2 = new byte[][] {b1}; c1 = new char[] {c0}; c2 = new char[][] {c1}; d1 = new double[] {d0}; d2 = new double[][] {d1}; f1 = new float[] {f0}; f2 = new float[][] {f1}; i1 = new int[] {i0}; i2 = new int[][] {i1}; l1 = new long[] {l0}; l2 = new long[][] {l1}; s1 = new short[] {s0}; s2 = new short[][] {s1}; lS1 = new long[] {lS0}; lS2 = new long[][] {lS1}; lP1 = new long[] {lP0}; lP2 = new long[][] {lP1}; lU1 = new long[] {lU0}; lU2 = new long[][] {lU1}; lR1 = new long[] {lR0}; lR2 = new long[][] {lR1}; lT1 = new long[] {lT0}; lT2 = new long[][] {lT1}; lV1 = new long[] {lV0}; lV2 = new long[][] {lV1}; X0 = new Class(); X1 = new Class[] {X0}; X2 = new Class[][] {X1}; Z0 = Boolean.valueOf(true); Z1 = new Boolean[] {Z0}; Z2 = new Boolean[][] {Z1}; B0 = Byte.valueOf(java.lang.Byte.MIN_VALUE); B1 = new Byte[] {B0}; B2 = new Byte[][] {B1}; C0 = Character.valueOf(java.lang.Character.MIN_VALUE); C1 = new Character[] {C0}; C2 = new Character[][]{C1}; D0 = Double.valueOf(java.lang.Double.MIN_VALUE); D1 = new Double[] {D0}; D2 = new Double[][] {D1}; F0 = Float.valueOf(java.lang.Float.MIN_VALUE); F1 = new Float[] {F0}; F2 = new Float[][] {F1}; I0 = Integer.valueOf(java.lang.Integer.MIN_VALUE); I1 = new Integer[] {I0}; I2 = new Integer[][] {I1}; L0 = Long.valueOf(java.lang.Long.MIN_VALUE); L1 = new Long[] {L0}; L2 = new Long[][] {L1}; S0 = Short.valueOf(java.lang.Short.MIN_VALUE); S1 = new Short[] {S0}; S2 = new Short[][] {S1}; W0 = new String(); W1 = new String[] {W0}; W2 = new String[][] {W1}; O0 = new Object(); O1 = new Object[] {O0}; O2 = new Object[][] {O1}; LS0 = Long.valueOf(java.lang.Long.MAX_VALUE); LS1 = new Long[] {LS0}; LS2 = new Long[][] {LS1}; LP0 = Long.valueOf(java.lang.Long.MAX_VALUE); LP1 = new Long[] {LP0}; LP2 = new Long[][] {LP1}; LU0 = Long.valueOf(java.lang.Long.MAX_VALUE); LU1 = new Long[] {LU0}; LU2 = new Long[][] {LU1}; LR0 = Long.valueOf(java.lang.Long.MAX_VALUE); LR1 = new Long[] {LR0}; LR2 = new Long[][] {LR1}; LT0 = Long.valueOf(java.lang.Long.MAX_VALUE); LT1 = new Long[] {LT0}; LT2 = new Long[][] {LT1}; LV0 = Long.valueOf(java.lang.Long.MAX_VALUE); LV1 = new Long[] {LV0}; LV2 = new Long[][] {LV1}; E0 = new Class(); E1 = new Inter[] {E0}; E2 = new Inter[][] {E1}; ES0 = new Class(); ES1 = new Inter[] {ES0}; ES2 = new Inter[][] {ES1}; EP0 = new Class(); EP1 = new Inter[] {EP0}; EP2 = new Inter[][] {EP1}; EU0 = new Class(); EU1 = new Inter[] {EU0}; EU2 = new Inter[][] {EU1}; ER0 = new Class(); ER1 = new Inter[] {ER0}; ER2 = new Inter[][] {ER1}; ET0 = new Class(); ET1 = new Inter[] {ET0}; ET2 = new Inter[][] {ET1}; EV0 = new Class(); EV1 = new Inter[] {EV0}; EV2 = new Inter[][] {EV1}; m(z2); m(b2); m(c2); m(d2); m(f2); m(i2); m(l2); m(s2); m(lS2); m(lP2); m(lU2); m(lR2); m(lT2); m(lV2); m(X2); m(Z2); m(B2); m(C2); m(D2); m(F2); m(I2); m(S2); m(W2); m(O2); m(LS2); m(LP2); m(LU2); m(LR2); m(LT2); m(LV2); m(X2); m(E2); m(ES2); m(EP2); m(EU2); m(ER2); m(ET2); m(EV2); } void m(Object obj) { return; } }